GREEN LAURIER HAS MOVED TO THE FOLLOWING URL – New Home of Green Laurier – this site still contains a lot of materials on the project, but is not monitored.
Welcome to Green Laurier!
Here you will find information about a research project on retrofitting urban heritage homes with renewable energy solutions. Laurier Ave is a cul-de-sac in downtown Toronto, in a neighbourhood known as Cabbagetown. There are 22 rowhouses on the street – 11 on each side of the street. All of the houses were built in 1888.
Currently, these homes are heated with either natural gas or oil. Some use high-efficiency systems, others are mid-efficiency. Residents of the street wondered what it would take to be able to convert these homes to be heated and cooled with renewable energy, while retaining the heritage character of the neighbourhood.
In November of 2008, the City of Toronto, through its Live Green Toronto Program, awarded a grant to conduct a feasibility study to examine the opportunities and challenges of energy-efficient retrofits on Laurier Ave. The study was designed to examine the potential of geothermal systems, as well as ‘air-to-air’ heat-exchange technology as the core of this project. However, the study is also designed to examine the potential role for supplementary electricity generation and wind power, as well as the viability of replacing the current asphalt road surfacing with a permeable surface that would help to retain ground water run-off.
During the course of this project, there has been support not only from the residents of Laurier Ave, but from the Don Vale Cabbagetown Residents Association, Mayor Miller, Councillor Pam McConnell and MPP George Smitherman.
A competition was conducted to select a consultant to conduct the study – which was won by a team assembled by ResCo Engineering, and includes David Booz Engineering and Robert Mancinni Engineering. Results of the study will be completed and made public during Spring, 2010.
In this website, you can find information on a host of topics – all listed in the margins of the site.